JenkoRun
posted this
18 September 2023
- Last edited 18 September 2023
Hello and Welcome JenkoRun,
Thank You for sharing your setup. I agree this type of setup does have potential. However, Digital Multi Meters should not be used as any sort of guide, they are very unreliable at high frequency, also if there are any transients apparent.
So please be very careful with DMM's, they should not be used as an indication of circuit performance.
The YouTube Channel: Akula Vids ( https://www.youtube.com/ @akulavids171/videos ) has a lot of work along these lines, showing many machines that run by themselves. Nothing new, its been common place for many years now!
Also, please do not use my platform to promote your YT Channel, name removed due to suspected spamming issues. Spam is against our rules.
Nice to have you here with us, welcome!
Best Wishes,
Chris
Um, Chris? This isn't my YT channel or my setup, my channel is under the same Username. This channel belongs to MTECH INDUSTRIES which I stated in the post description.
Also this is not an AC system, the output of the receiver coil he's built uses several series connected Diodes on his receiver coils to rectify the output as he wasn't able to get proper results without rectifying it, you can see the diodes in the close up sections of his videos. (Unless you're talking about both AC and DC as high frequency? I don't know if his rectified output is smoothed or not.)
Also the main point of this post wasn't just the output but of the type of power, I don't see many posts about Dielectric induction and this is one of the very few channels I've found that shows experimental work using them, you can see he's using them from the rectified LED lighting up on contact with metal objects in his room from a significant wireless range which doesn't happen with AC or DC power systems. If you combine both above unity techniques and LMD induction you get another leap in technology.
I've not heard of Akula but from a quick glance the setup is indeed familiar, but I can't make out much more beyond that or how similar the circuit design is to Mtech's, I'll need to look at them more.